Startup Green Li-ion, specializing in lithium-ion battery recycling technology, is planning to build regional supply chains. The company offers modular units capable of transforming batteries from black mass to the final active cathode material (pCAM).
Traditional battery recycling methods involve shredding the batteries and then separating valuable components such as cobalt, manganese, and nickel from the black mass. However, before these materials can be reused in battery production, they need to be combined into the active cathode material (CAM) or the precursor material for the active cathode (pCAM). Most facilities that carry out this process are located in Asia.
Green Li-ion aims to establish regional supply chains where the battery is processed in the same region where it was shredded. The company offers patents and recycling equipment to recyclers, electronic equipment manufacturers, and anyone with black mass.
The technology developed by Green Li-ion is based on a four-stage process. By utilizing a therapeutic-filtration chemical process, it is possible to preserve critical materials in the desired format while eliminating unnecessary components. This modular unit not only enables the production of pCAM but also allows customization according to customer specifications.
Green Li-ion has the scalability of its technology, meaning the units can process from 728 to over 3000 tons of batteries per year. The company is currently developing technology that will enable the recycling of other types of lithium-ion batteries, such as lithium iron phosphate (LFP) batteries.
Startup Green Li-ion, which has raised over $36 million so far, plans for further development and intends to license its technology in the market. The company’s goal is to support the transition from traditional recycling methods to direct processing into pCAM. They aim to attract partners from the recycling and manufacturing community to contribute to the growth of the circular economy and reduce the carbon footprint in the lithium-ion battery industry.
FAQ
1. What lithium-ion battery recycling technology does Green Li-ion offer?
Green Li-ion offers modular units capable of transforming batteries from black mass to the final active cathode material (pCAM).
2. What are the traditional methods of battery recycling?
Traditional methods involve shredding batteries and then separating valuable components such as cobalt, manganese, and nickel from the black mass.
3. Where are most of the facilities performing this process located?
Most facilities carrying out this process are located in Asia.
4. What technology has Green Li-ion developed for battery recycling?
Green Li-ion has developed a four-stage process technology that allows for the preservation of critical materials in the desired format while eliminating unnecessary components.
5. What are the advantages of Green Li-ion’s modular units?
Green Li-ion’s modular units enable the production of pCAM and customization according to customer specifications.
6. What scalability does Green Li-ion’s technology offer?
Green Li-ion’s technology has the capacity to process from 728 to over 3000 tons of batteries per year.
7. What other types of batteries does Green Li-ion plan to process?
Green Li-ion is developing technology to enable the recycling of other types of lithium-ion batteries, such as lithium iron phosphate (LFP) batteries.
8. What is the goal of Green Li-ion?
The goal of Green Li-ion is to support the transition from traditional recycling methods to direct processing into pCAM, contributing to the growth of the circular economy and reducing the carbon footprint in the lithium-ion battery industry.
9. What are the plans for the development of Green Li-ion?
Green Li-ion plans for further development and aims to license its technology in the market. The company seeks to attract partners from the recycling and manufacturing community to contribute to the growth of the circular economy and reduce the carbon footprint in the lithium-ion battery industry.
Definitions:
– Lithium-ion battery: A type of battery that utilizes chemical reactions to store and deliver electrical energy.
– Recycling: The process of recovering valuable materials from waste for reuse.
– Active cathode material (CAM): The material used as the positive electrode in a lithium-ion battery.
– Precursor material for the active cathode (pCAM): The material that can be transformed into the active cathode material.
– Circular economy: An economic model that promotes the recovery, reuse, and recycling of resources to reduce consumption and waste.
– Carbon footprint: The measure of greenhouse gas emissions associated with a product or activity.
Suggested Related Links:
– Green Li-ion Homepage
– Green Li-ion Technology Information
The source of the article is from the blog cheap-sound.com